Products

HK Research R0075 Crystal Clear Casting Resin is UV light-stabilized to help maintain its color and clarity for many years.

HK Research R0229 resilient, acrylic modified isophthalic casting resin was developed specifically for use with 2,4 Pentanedione Peroxides to offer a faster curing and demolding system for densified casting manufacturers. The use of this special catalyst with the R0229 resin will give the molder castings that will approximate the cure of the BPO-cured resin systems without the amber color usually associated with the BPO-cured systems. White and light pastel-colored castings of R0229 using 2,4 Pentanedione Peroxide do have a slightly green color due to the decomposition products of the catalyst. This green cast is not readily evident in darker solid colors or dark granite castings.

HK Research R0503 laminating resin is a rigid, thixotropic, promoted laminating resin. The R-0503 is designed for use in hand layup or spray-up processes.

HK Research R0228 resilient isophthalic casting resin was developed specifically for use with 2,4 Pentanedione Peroxides to offer a faster curing and demolding system for densified casting manufacturers. The use of this special catalyst with the R0228 resin will give the molder castings that will approximate the cure of the BPO-cured resin systems without the amber color usually associated with the BPO-cured systems. White and light pastel-colored castings of R0228 using 2,4 Pentanedione Peroxide do have a slightly green color due to the decomposition products of the catalyst. This green cast is not readily evident in darker solid colors or dark granite castings.

HK Research R0529 UV-light stabilized isophthalic laminating resin combines the toughness, chemical resistance and high heat distortion temperature typical of high quality Isophthalic resins with a low laminate exotherm temperature and resistance to degradation by ultraviolet light. These features make this resin an outstanding choice for FRP laminating of structures that will be continuously exposed to outdoor atmospheric conditions.